Magnetic Assemblies

About Magnetic Assemblies

Magnetic Assemblies are integrated magnet systems designed to deliver optimized magnetic performance in mechanical structures or functional components. By combining magnets with steel housings, adhesives, and precision engineering, these assemblies offer enhanced strength, durability, and functionality.

Halbach Arrays:

Unlock the potential of magnetic fields with our Halbach Arrays. These ingenious arrangements of magnets are designed to produce strong, directed magnetic fields on one side while minimizing the field on the other, enabling applications in magnetic sensors, accelerators, and more.

Magnet Rotors:

Revolutionize motor systems with our high-performance Magnet Rotors. Designed to deliver superior torque and efficiency, these assemblies are the backbone of electric motors, generators, and various rotary systems.

Electric Lifting Magnet

Elevate heavy loads with ease using our Electric Lifting Magnet Electromagnets. These powerful assemblies are designed for safe and efficient lifting in industrial environments, improving productivity and safety.

Sandwich Assemblies:

Enhance magnetic strength and performance with our Sandwich Assemblies. These innovative solutions combine multiple magnets to achieve superior holding force, making them essential in applications like magnetic separators and clamping systems.

Channel Magnet Assemblies:

Maximize holding force and versatility with our Channel Magnet Assemblies. These magnetic systems are designed to provide secure attachment points in industrial, automotive, and manufacturing applications.

Voice Coil Motors (VCM):

Experience precision control and rapid responses with our Voice Coil Motors. These magnetic assemblies offer linear motion with exceptional accuracy, making them ideal for applications such as medical devices, robotics, and aerospace systems.

Magnetic Assemblies Applications

Our assemblies are widely used in motors, generators, automation systems, medical devices, lifting equipment, sensors, and high-performance electromechanical systems, where precision and magnetic efficiency are critical.